Use the tables for a quick pre-exam check. Expand a topic’s notes for explanations, examples, and additional distinctions.
Scope and study context
Focus on:
Definitions: know the precise difference between similar terms.
Purpose: understand why an artifact, role, or process exists.
Sequence: know what happens before and after key controls.
Accountability: distinguish sponsor, project manager, team, users, and governance bodies.
Application: select the best next action in a simple scenario.
The PFQ mindset is not “memorise every possible project document.” It is:
know the language of project management;
recognise who is responsible for what;
understand how projects are justified, planned, controlled, changed, and closed;
distinguish similar terms such as risk vs issue, quality assurance vs quality control, and output vs benefit;
choose the most disciplined next step in scenario-style questions.
For current exam rules, policies, and official information, always refer to the Association for Project Management.
Core project environment terms
Term
Practical meaning
PFQ exam cue
Project
Temporary, unique work to create outputs that enable change
Has defined objectives, start/end, constraints, risk
Business as usual
Ongoing operational work
Repetitive, stable, service/operations focused
Programme
Coordinates related projects and change activities to achieve strategic outcomes
Benefits and change across multiple projects
Portfolio
Collection of projects/programmes managed to meet strategic priorities
Prioritisation, investment, balance, governance
Project management
Application of processes, methods, skills and knowledge to achieve project objectives
Delivery within agreed constraints
Output
Tangible or intangible deliverable produced by the project
“What the project creates”
Outcome
Change resulting from use of outputs
“What is different after use”
Benefit
Measurable improvement perceived as positive by stakeholders
Usually owned by the sponsor/business
Objective
Specific result the project is set up to achieve
Should be clear and measurable
Constraint
Limitation imposed on the project
Time, cost, scope, quality, resources, risk
Assumption
Something treated as true for planning
Must be recorded and validated
Dependency
Relationship where one activity, project, supplier or decision relies on another
Can affect schedule and risk
Risk
Uncertain event or condition that may affect objectives
Future uncertainty
Issue
Current problem or event affecting the project
Has happened or is happening
Change request
Proposed alteration to agreed baseline
Must be assessed and controlled
Project, programme, portfolio and operations
Situation
Best label
Why
Build and launch a new customer portal
Project
Temporary change with a defined output
Run the customer portal service desk every day
Business as usual
Ongoing operational service
Modernise all customer channels through several coordinated projects
Programme
Multiple related projects delivering broader outcomes
Decide which change initiatives receive funding this year
Portfolio management
Strategic prioritisation and investment balance
Deliver one product upgrade inside a larger transformation
Project within programme
Project contributes outputs to programme benefits
Common trap: a project may support benefits, but benefits often continue after project closure. Do not confuse delivering an output with realising a benefit.
Lifecycle reference
A project lifecycle provides a structured path from idea to closure. A typical project lifecycle can be viewed as: concept, definition, development, handover/closure, followed by benefits realisation where relevant.
Phase
Main purpose
Typical outputs/artifacts
Key exam question
Concept
Decide whether the idea is worth exploring
Initial need, outline business case, high-level risks, feasibility view
“Is there a viable reason to start?”
Definition
Define scope, approach, justification and controls
Business case, project management plan, scope, schedule, budget, risk register
“What exactly will be delivered and how?”
Development/delivery
Build or implement the outputs
Products, work packages, progress reports, issue/change records
Stable scope, known solution, regulated or sequential work
Plan first, then execute in controlled stages
Weak fit where requirements are uncertain
Iterative
Need learning and refinement
Repeated cycles improve solution
Scope may evolve through feedback
Incremental
Value can be delivered in parts
Usable increments released over time
Integration and prioritisation matter
Agile / adaptive
High uncertainty, fast feedback, evolving requirements
Short cycles, collaboration, reprioritisation
Still needs governance and business justification
Hybrid
Mixed certainty across workstreams
Combines predictive controls with adaptive delivery
Tailoring must be deliberate, not accidental
Governance and control
Governance is the framework of authority, accountability and decision-making that ensures the project remains justified, controlled and aligned with organisational objectives.
Governance element
Purpose
Candidate cue
Sponsor accountability
Owns business justification and senior-level support
“Who is ultimately accountable for the business case?”
Defined roles
Clarify who decides, manages, does, assures and accepts
Prevents gaps and duplication
Business case
Justifies investment and continued viability
Reviewed at key decision points
Project management plan
Integrates scope, schedule, cost, quality, risk, communications and controls
Main delivery control document
Stage/phase gates
Formal review points before committing further resources
Continue, change, pause or stop
Tolerances
Agreed limits for time, cost, scope, quality, risk or benefits
Exceeding tolerance triggers escalation
Assurance
Independent or semi-independent confidence that controls are effective
Not the same as delivery management
Reporting
Provides progress, forecast and exception information
Supports informed decisions
Change control
Protects baselines from uncontrolled change
Assess impact before approval
Lessons learned
Captures experience for current/future improvement
Should happen throughout, not only at the end
Notes and examples
Basic control cycle
Step
Question
Typical action
Plan
What should happen?
Set baseline, responsibilities, controls
Monitor
What is happening?
Collect actual progress, costs, risks, issues
Compare
What is the variance?
Compare actuals to plan and tolerance
Forecast
Where will we end up?
Predict final time, cost, quality and benefit impact
Correct
What action is needed?
Adjust work, escalate, replan or request change
Report
Who needs to know?
Provide accurate status and decisions needed
Governance, assurance, and control
Governance provides the framework for decision-making, accountability, escalation, and alignment with organisational objectives. Assurance gives confidence that the project is being managed appropriately.
Concept
Purpose
Governance
Defines authority, accountability, reporting, escalation, and decision routes.
Tolerances
Define limits within which the project manager can manage without escalation.
Escalation
Raises matters that exceed authority or tolerance.
Assurance
Independent or structured confidence that processes and controls are effective.
Reporting
Provides timely information for decisions and stakeholder confidence.
Audit/review
Checks compliance, performance, or readiness at specific points.
Project control cycle
Step
Question
Set baseline
What are we measuring against?
Collect actuals
What is happening now?
Compare
How does actual performance differ from plan?
Analyse
Why is there a variance and what is the likely impact?
Forecast
What will happen if no action is taken?
Act
What corrective or preventive action is needed?
Report/escalate
Who needs to know or decide?
Common mistake: reporting variance without explaining impact or proposing action.
Roles and responsibilities
Role
Primary responsibility
Not primarily responsible for
Project sponsor
Business case, funding support, strategic alignment, senior decisions
Day-to-day task management
Project manager
Plan, coordinate, monitor and control project delivery
Owning the business benefit alone
Project team member
Complete assigned work packages or tasks
Overall governance decisions
User/customer representative
Define needs, validate usability, accept outputs where appropriate
Methods, templates, reporting, configuration support, assurance support
Replacing the project manager’s accountability
Assurance role
Check that the project is being managed appropriately
Making routine delivery decisions
Change authority
Assess and approve/reject changes within delegated authority
Uncontrolled acceptance of all requests
Notes and examples
RACI quick distinction
RACI term
Meaning
Exam cue
Responsible
Does the work
Can be multiple people
Accountable
Ultimately answerable for the result
Should be one clear owner
Consulted
Provides input before action/decision
Two-way communication
Informed
Kept updated after action/decision
One-way communication
Common trap: responsible and accountable are not the same. The project manager may be responsible for managing delivery, while the sponsor is accountable for business justification.
Roles and responsibilities
Role
Primary contribution
Do not confuse with
Project sponsor
Owns the business justification, champions the project, secures support, makes or supports key decisions.
Performs the work and contributes technical expertise.
Governance approval authority.
Users/customers
Define needs, validate outputs, accept or use deliverables.
Passive recipients with no engagement role.
Steering group/project board
Provides governance, direction, decisions, and escalation route.
A substitute for regular project management.
PMO/project support
Supports standards, reporting, tools, assurance, information, and coordination.
Automatically being the final decision-maker.
Suppliers/contractors
Provide goods or services under agreed arrangements.
Internal project governance ownership.
RACI-style thinking
Letter
Meaning
PFQ use
R
Responsible
Does the work.
A
Accountable
Owns the result or decision; should be clear and usually singular for a task.
C
Consulted
Provides input before action.
I
Informed
Kept updated after decisions or progress.
Common trap: if a question asks who is accountable, do not choose the person who merely performs the task unless the scenario supports that accountability.
Business case and benefits
Concept
Purpose
Key contents or examples
Business case
Justifies starting and continuing the project
Need, options, costs, benefits, risks, timescale, investment rationale
Benefit
Measurable positive outcome
Reduced processing time, increased revenue, improved compliance
Can include time, cost, quality, stakeholder satisfaction, benefits
Notes and examples
Output-outcome-benefit chain
Example
Output
Outcome
Benefit
New CRM system
Implemented CRM platform
Sales teams use shared customer data
Faster sales cycle, better customer insight
Training project
Training materials and sessions
Staff apply new process
Fewer errors, improved productivity
Office relocation
New office ready for use
Teams operate from new location
Lower rent, improved collaboration
Business case and justification
The business case is the continuing reason for investing in the project. It normally connects the project to organisational objectives, costs, risks, expected benefits, and options.
Business case element
Why it matters
Strategic fit
Shows why the project supports organisational goals.
Options
Demonstrates that alternatives were considered.
Costs and resources
Helps judge affordability and value.
Benefits
Explains the improvement expected from the change.
Risks
Shows uncertainty and potential exposure.
Timescales
Helps assess urgency, feasibility, and benefit timing.
Ownership
Clarifies who maintains and approves the justification.
Decision rule: if the business case is no longer valid, the correct answer is rarely “continue because the plan says so.” Review, escalate, and make a governed decision.
Planning artifacts and when to use them
Artifact
Purpose
Distinction to remember
Project management plan
Integrated plan for managing the project
Broader than a schedule
Scope statement
Defines what is included and excluded
Helps prevent scope creep
Product breakdown structure
Hierarchy of products/deliverables
Product-focused
Work breakdown structure
Hierarchy of work needed to deliver scope
Work-focused
Organization breakdown structure
Shows organisational units or reporting structure
People/organisation-focused
Responsibility assignment matrix
Maps work to roles or people
Often uses RACI
Schedule / Gantt chart
Shows activities over time
Good for communicating timing
Network diagram
Shows logical dependencies between activities
Good for critical path analysis
Milestone plan
Shows key decision or delivery points
Milestones have zero or minimal duration
Resource histogram
Shows resource demand over time
Helps identify overloads
Cost baseline
Approved time-phased budget
Used to monitor cost performance
Risk register
Records risks, assessments, responses and owners
Future uncertainty
Issue log
Records current problems needing action
Current reality
Change log
Records requested, approved and rejected changes
Protects baseline integrity
Scheduling essentials
Term
Meaning
Exam cue
Activity
Piece of work in the schedule
Has duration and dependencies
Duration
Calendar time taken to complete work
Not the same as effort
Effort
Amount of labour required
Example: 5 person-days
Milestone
Significant point or event
Usually no duration
Dependency
Logical relationship between activities
Determines sequencing
Lead
Allows successor to start earlier
Overlap
Lag
Delay between linked activities
Waiting time
Critical path
Longest path through the network
Determines shortest project duration
Float/slack
Time an activity can slip without affecting a defined date
Zero float often indicates critical activity
Baseline
Approved version of plan used for control
Change through formal control
Notes and examples
Dependency types
Dependency
Meaning
Simple example
Finish-to-start
Successor starts after predecessor finishes
Build wall before painting wall
Start-to-start
Successor starts after predecessor starts
Start testing after development starts
Finish-to-finish
Successor finishes after predecessor finishes
Finish documentation after testing finishes
Start-to-finish
Successor finishes after predecessor starts
Rare; old service ends after new service starts
Core schedule formulas
\[
\text{Total Float} = \text{Late Start} - \text{Early Start} = \text{Late Finish} - \text{Early Finish}
\]\[
\text{Free Float} = \text{Earliest Start of Next Activity} - \text{Early Finish of Current Activity}
\]
Use these formulas only when the scenario provides the needed network data. For many PFQ-style questions, the main concept is that the critical path is the longest path and has the least scheduling flexibility.
Scheduling essentials
Concept
Meaning
Exam trap
Activity
A unit of work that consumes time/resources.
Confusing activities with deliverables.
Milestone
A significant point or event, often zero duration.
Treating a milestone as work effort.
Dependency
Logical relationship between activities.
Ignoring dependencies when compressing a schedule.
Critical path
Longest path through the network that determines the earliest completion date.
Assuming “critical” means highest cost or highest risk.
Float/slack
Time an activity can be delayed without delaying a defined date.
Thinking all non-critical tasks are unimportant.
Gantt chart
Bar chart showing activities over time.
Assuming it always explains dependency logic clearly.
Network diagram
Shows activity sequence and dependencies.
Forgetting that network logic supports critical path analysis.
Schedule compression logic
Option
What it means
Risk
Fast-tracking
Doing activities in parallel that were originally sequential.
Rework if dependencies are not respected.
Crashing
Adding resources to shorten duration.
Higher cost or reduced efficiency.
De-scoping
Removing or deferring scope through approved change.
May reduce benefits or stakeholder satisfaction.
Decision rule: do not compress a schedule casually. Assess impacts on cost, quality, risk, scope, and stakeholder expectations.
Estimating and budgeting
Technique
Best use
Strength
Weakness
Analogous estimating
Early estimate based on similar past work
Quick
Less accurate if comparison is weak
Parametric estimating
Uses measurable rate or formula
Repeatable
Depends on valid data
Bottom-up estimating
Estimate detailed components then aggregate
More detailed and credible
Time-consuming
Expert judgement
Uses experienced input
Useful when data is limited
Can be biased
Three-point estimating
Uses optimistic, most likely and pessimistic views
Captures uncertainty
Still depends on estimate quality
Notes and examples
Cost terms
Term
Meaning
Exam distinction
Budget
Approved funding for the project or work package
Control reference
Cost baseline
Approved time-phased budget
Used for performance comparison
Contingency
Provision for identified uncertainty
Linked to known risks
Management reserve
Provision for unforeseen work, if used by the organisation
Normally controlled at senior level
Committed cost
Cost committed but not necessarily paid
Example: purchase order placed
Actual cost
Cost incurred for completed work
Used in performance reporting
Forecast cost
Expected future or final cost
Updated as project progresses
Earned value and performance formulas
Earned value terms may appear as basic control concepts. Know the direction of good and bad variances.
Common trap: a project can be under budget but behind schedule, or over budget but ahead of schedule. Read both cost and schedule indicators separately.
Change plan so the threat cannot occur or no longer affects objectives
Threat
Reduce / mitigate
Lower probability and/or impact
Threat
Transfer
Shift financial or delivery impact to another party, often by contract or insurance
Threat
Accept
Take no immediate action beyond monitoring or contingency
Opportunity
Exploit
Make the opportunity happen
Opportunity
Enhance
Increase probability or impact
Opportunity
Share
Work with another party to realise the opportunity
Opportunity
Accept
Take advantage if it occurs, without active pursuit
Risk vs issue vs change
Scenario wording
Correct classification
First response
“Supplier may be late next month”
Risk
Assess probability/impact and plan response
“Supplier has missed the delivery date”
Issue
Log, analyse impact, assign action/escalate if needed
“User wants an extra feature”
Change request
Record and assess impact before approval
“Approved scope is no longer achievable within tolerance”
Exception / escalation need
Escalate to governance or sponsor
“A risk response requires extra budget”
Potential change
Raise change request if baseline impact is expected
Fast distinctions
Term
Timing
Meaning
Typical record
Risk
Future uncertainty
Threat that may affect objectives if it occurs.
Risk register.
Opportunity
Future uncertainty
Positive uncertainty that may improve objectives if it occurs.
Risk/opportunity register.
Issue
Current fact/problem
Something that has happened or needs resolution now.
Issue log.
Change request
Proposed alteration
Request to change an approved baseline, scope, product, plan, or requirement.
Change log/request form.
Risk management flow
Identify uncertainty.
Assess probability and impact.
Plan responses and assign owners.
Implement responses.
Monitor and review risk status.
Communicate and escalate as needed.
Risk response examples
Threat response
Meaning
Avoid
Change approach so the threat no longer applies.
Reduce/mitigate
Lower probability or impact.
Transfer/share
Move or share exposure, often contractually or through insurance-like arrangements.
Accept
Take no proactive action beyond monitoring or contingency planning.
Opportunity response
Meaning
Exploit
Act to make the opportunity happen.
Enhance
Increase probability or impact.
Share
Work with others to improve the opportunity.
Accept
Take advantage if it occurs, without major proactive investment.
Event handling decision path
flowchart TD
A[New information appears] --> B{Has it already happened?}
B -- No --> C[Record as risk or opportunity]
C --> D[Assess probability and impact]
D --> E[Assign owner and response]
E --> F[Monitor and communicate]
B -- Yes --> G{Does it require a baseline change?}
G -- No --> H[Manage as issue or action]
H --> I[Record, resolve, and report]
G -- Yes --> J[Raise change request]
J --> K[Assess impact on scope, time, cost, quality, risk, and benefits]
K --> L[Decision by agreed authority]
L --> M[Update plans and communicate if approved]
PFQ trap: once a risk occurs, it is no longer merely a risk; it becomes an issue or event requiring action.
Change control quick path
Step
Question
Output
Capture request
What is being requested and why?
Change request logged
Initial screen
Is it valid and clear?
Accepted for assessment or rejected/returned
Impact assessment
What is the effect on scope, time, cost, quality, risk and benefits?
Impact analysis
Decision
Approve, reject, defer or request more information?
Decision record
Update baselines
What approved plans must change?
Revised baseline/configuration records
Communicate
Who needs to know?
Stakeholder updates
Implement and verify
Has the change been delivered correctly?
Completed change record
Common trap: do not implement a scope change just because it seems useful. First assess impact and obtain the required approval.
Notes and examples
Change control
Change control protects the project from uncontrolled scope, cost, time, risk, quality, and benefits impacts. It does not mean “never change”; it means change deliberately.
Step
Purpose
Raise request
Capture what is being proposed and why.
Log request
Create visibility and traceability.
Impact assessment
Understand effects on scope, time, cost, quality, risk, resources, and business case.
Decision
Approve, reject, defer, or request more information through agreed authority.
Implement
Update baselines, plans, documents, and communications.
Review
Confirm the change was applied and controlled.
Common mistake: choosing an answer that implements a stakeholder’s requested change immediately. The better answer is usually to assess and follow the agreed change process.
Quality management
Concept
Meaning
PFQ distinction
Quality
Degree to which outputs meet requirements and fitness for purpose
Not “gold-plating”
Quality planning
Defines standards, criteria, responsibilities and methods
Done before delivery/control
Quality assurance
Confidence that processes are appropriate and followed
Process-focused
Quality control
Inspection/testing of outputs against criteria
Product/output-focused
Acceptance criteria
Conditions that must be met for acceptance
Should be defined early
Verification
Checks output meets specification
“Built right”
Validation
Checks output meets user need
“Built the right thing”
Defect
Non-conformance with requirement
Triggers correction or acceptance decision
Cost of quality
Cost of prevention, appraisal and failure
Prevention is usually preferable to late correction
Notes and examples
Quality examples
Activity
Quality planning, assurance or control?
Why
Define test approach and acceptance criteria
Planning
Sets standards before work
Audit whether project processes are being followed
Assurance
Checks process compliance
Inspect delivered equipment against specification
Control
Checks actual output
Review supplier quality procedures
Assurance
Focuses on supplier process capability
Run user acceptance testing
Control / validation
Confirms product meets user need
Quality management
Quality is about fitness for purpose and meeting agreed requirements, not simply “gold-plating” the deliverable.
Concept
Meaning
Trap
Quality planning
Defines standards, criteria, responsibilities, and methods.
Waiting until the end to decide what “good” means.
Quality assurance
Provides confidence that appropriate processes are being used.
Confusing process assurance with product inspection.
Quality control
Checks outputs against requirements and acceptance criteria.
Assuming inspection alone creates quality.
Acceptance criteria
Conditions deliverables must meet to be accepted.
Using vague stakeholder preference instead of agreed criteria.
Continuous improvement
Learning and improving methods over time.
Treating lessons learned as a closure-only formality.
Decision rule: build quality in through planning and process, then verify through control activities.
Stakeholder and communication management
Term
Meaning
Exam cue
Stakeholder
Person or group that can affect, be affected by, or perceive itself affected by the project
Includes internal and external parties
Stakeholder analysis
Identifies interests, influence, attitudes and needs
Supports engagement strategy
Engagement
Building support and managing expectations
More than sending information
Communication plan
Defines message, audience, timing, channel, owner and feedback method
Tailor communication to stakeholder needs
Power-interest grid
Prioritises engagement based on influence and interest
Confirmation that message was received and understood
Essential for effective communication
Notes and examples
Stakeholder engagement choices
Stakeholder situation
Better approach
High power, high interest
Manage closely; involve in decisions
High power, low interest
Keep satisfied; concise senior updates
Low power, high interest
Keep informed; use appropriate detail
Low power, low interest
Monitor; avoid over-communication
Resistant but influential
Understand concerns, engage early, escalate if blocking
Supportive and influential
Use as advocate or champion where appropriate
Stakeholder and communication review
Stakeholders are individuals or groups who can affect, be affected by, or perceive themselves to be affected by the project.
Stakeholder engagement steps
Step
Key question
Identify
Who matters to the project and why?
Analyse
What are their interests, influence, needs, and likely attitude?
Plan engagement
What information and involvement do they need?
Communicate
How, when, and through which channels?
Monitor
Is engagement working, and have stakeholder positions changed?
Communication planning
Factor
Review point
Audience
Different stakeholders need different detail.
Purpose
Inform, consult, decide, escalate, or gain commitment.
Timing
Communication must be timely enough to influence action.
Channel
Match channel to importance, complexity, urgency, and sensitivity.
Feedback
Communication is not complete just because a message was sent.
Records
Important decisions and approvals should be documented.
PFQ trap: “communicate more” is not always the answer. Communicate the right information to the right people at the right time using an appropriate method.
Teamwork and leadership
Concept
Meaning
Exam distinction
Leadership
Sets direction, motivates, influences and enables people
Not only formal authority
Management
Plans, organises, monitors and controls work
Complements leadership
Delegation
Assigning authority and responsibility for work
Accountability must remain clear
Motivation
Factors that encourage commitment and performance
Different people value different motivators
Conflict
Disagreement over goals, priorities, resources or approach
Can be constructive if managed
Collaboration
Working jointly toward shared objectives
Important across functions and suppliers
Team development
Building capability and working relationships
Needs time, clarity and trust
Notes and examples
Team development cues
Stage cue
Likely need from project manager
New team, uncertain roles
Clarify objectives, roles, ways of working
Disagreement and tension
Facilitate conflict resolution and clarify priorities
Common mistake: assuming outsourced work no longer needs project management. Supplier deliverables still affect the project’s schedule, cost, quality, risk, and stakeholders.
Configuration, information and document control
Term
Meaning
Why it matters
Configuration management
Identifies and controls versions of project products and documents
Prevents confusion over approved versions
Configuration item
Product, document or component under control
Has identity, version and status
Baseline
Approved reference point
Enables variance and change control
Version control
Tracks revisions and current approved version
Avoids using outdated information
Document control
Manages creation, review, approval, storage and access
Supports auditability and communication
Information management
Ensures information is accurate, timely, secure and usable
Supports decisions and compliance
Lessons log
Records learning during the project
Feeds improvement and closure reporting
Reporting and escalation
Report/control
Purpose
Typical audience
Progress/status report
Current performance against plan
Project manager, team, stakeholders
Highlight report
Summary of progress, risks, issues and decisions
Sponsor or governance body
Exception report
Warns that tolerances may be or have been exceeded
Sponsor/governance decision-makers
Risk report
Summarises key threats/opportunities and exposure
Project manager, sponsor, governance
Issue log/report
Tracks current problems and actions
Project team and decision-makers
Change log/report
Tracks requested and approved changes
Change authority, sponsor, PM
Closure report
Confirms completion, performance, open items and lessons
Sponsor/governance
Benefits review
Checks whether intended benefits are being realised
Sponsor/business owners
Notes and examples
Escalation cues
If the scenario says…
Best next action
Variance is within tolerance
Manage within project manager authority
Forecast exceeds tolerance
Escalate with options and impact
A risk threatens business justification
Inform sponsor/governance promptly
A team member lacks clarity
Clarify role, task, acceptance criteria
A stakeholder requests extra scope
Raise/assess change request
A supplier misses a contractual milestone
Log issue, assess impact, follow contract and escalation route
Information is incomplete
Seek facts before deciding
Common PFQ distinction table
Pair
Difference
Risk vs issue
Risk is uncertain and future; issue is current or has occurred
Output vs outcome
Output is delivered product; outcome is change caused by using it
Outcome vs benefit
Outcome is changed state; benefit is measurable positive value
Sponsor vs project manager
Sponsor owns business justification; PM manages delivery
Assurance vs control
Assurance checks processes/confidence; control monitors and corrects performance
Quality assurance vs quality control
Assurance is process-focused; control is product-focused
Scope creep vs approved change
Scope creep is uncontrolled; approved change follows formal process
Product breakdown structure vs work breakdown structure
PBS shows deliverables; WBS shows work
Effort vs duration
Effort is labour amount; duration is elapsed time
Baseline vs forecast
Baseline is approved plan; forecast is expected outcome
Dependency vs assumption
Dependency is reliance; assumption is something treated as true
Contingency vs risk response
Contingency is provision/plan; response is chosen action
Programme vs portfolio
Programme coordinates related change; portfolio prioritises investments
Management vs leadership
Management controls work; leadership motivates and directs people
Handover vs closure
Handover transfers outputs; closure formally ends the project
Exam-style “what should happen next?” cues
Scenario
Better answer pattern
New project idea appears promising
Develop/confirm initial justification before full commitment
Requirements are unclear
Engage stakeholders and clarify scope/acceptance criteria
A major change is requested
Log request and assess impact before approval
Forecast completion exceeds approved tolerance
Escalate with impact and options
A future supplier delay is possible
Record as risk and plan response
The supplier has already missed delivery
Manage as issue and assess schedule impact
Product fails acceptance test
Record defect/non-conformance and take corrective action
Stakeholders complain they are not informed
Review communication needs and update communication plan
Team is overloaded in one period
Review resource plan, smooth/level resources, escalate if needed
Business case no longer appears valid
Escalate for governance decision
Project is complete but users are not ready
Manage handover/transition readiness before closure
Lessons are identified mid-project
Record and apply them where useful, not only at the end
Final revision checklist
Before sitting the Association for Project Management APM Project Fundamentals Qualification (PFQ), check that you can:
Define project, programme, portfolio, BAU, output, outcome and benefit.
Identify who owns the business case, who manages delivery, and who accepts outputs.
Explain the purpose of the business case, project management plan, risk register, issue log and change log.
Sequence lifecycle phases and explain gate reviews.
Distinguish risk, issue and change in short scenarios.
Choose suitable risk responses for threats and opportunities.
Distinguish quality planning, assurance and control.
Select appropriate stakeholder communication and escalation actions.
Recognise when to use formal change control instead of informal agreement.
Next step: practise with short PFQ-style scenario questions and force yourself to justify each answer using the role, artifact, lifecycle phase or control principle involved.
Notes and examples
Final rapid review checklist
Before your next PFQ practice session, confirm you can:
define project, programme, portfolio, operations, output, outcome, and benefit;
explain the purpose of the business case;
match key responsibilities to sponsor, project manager, team, users, governance, PMO, and suppliers;
outline a typical project life cycle and the purpose of each stage;
distinguish WBS, schedule, milestone, dependency, float, and critical path;
apply the basic control cycle: baseline, actuals, variance, forecast, action, report;
handle risks, issues, opportunities, and changes using the correct records and processes;
separate quality planning, assurance, control, and acceptance;
plan stakeholder engagement and communication based on need, influence, and timing;
recognise when to escalate and when to manage within authority.
High-yield PFQ mindset
Exam situation
Best PFQ instinct
A project is proposed
Ask why it is needed, what benefits it supports, and whether there is a business case.
Scope is unclear
Clarify requirements, deliverables, acceptance criteria, and boundaries before detailed delivery.
Work needs organising
Break scope into manageable components, define responsibilities, then schedule and resource the work.
A future uncertainty appears
Treat it as a risk or opportunity; assess probability and impact; assign an owner and response.
Something has already gone wrong
Treat it as an issue; record, assess impact, act, and escalate if needed.
A stakeholder asks for a change
Do not “just do it”; assess impact and follow change control.
Performance differs from plan
Compare actuals with the baseline, forecast impact, take corrective action, and report.
Deliverables are complete
Confirm acceptance, hand over, close formally, and capture lessons learned.
Core concepts to know cold
Project, programme, portfolio, and operations
Term
Fast definition
Common trap
Project
A temporary endeavour to create a defined output or change.
Treating routine operations as a project just because they are important.
Business-as-usual operations
Ongoing, repeatable activities that run the organisation.
Forgetting that projects often hand outputs into operations.
Programme
Coordinated management of related projects and change activities to deliver outcomes/benefits.
Thinking a programme is just a very large project.
Portfolio
Collection of projects and programmes managed to meet strategic objectives and balance investment.
Confusing portfolio prioritisation with day-to-day project control.
Output
The product, service, or capability delivered by the project.
Calling an output a benefit.
Outcome
The changed state or behaviour after the output is used.
Assuming outcomes automatically happen at handover.
Benefit
A measurable improvement valued by stakeholders or the organisation.
Making the project manager solely accountable for benefits that depend on business use.
Notes and examples
Decision rule: projects deliver outputs and enable change; benefits are realised when the organisation uses those outputs effectively.
Project life cycle review
A life cycle structures the project from idea to closure and, where relevant, benefits realisation. Names and phase boundaries vary, but the logic is consistent.
Stage
Main question
Typical focus
Candidate trap
Concept
Should we do this?
Need, objectives, options, initial business case, key stakeholders.
Starting detailed planning before the reason for the project is clear.
Work execution, monitoring, control, reporting, issue and change management.
Ignoring baselines and relying on informal progress updates.
Handover/transition
Can the outputs be accepted and used?
Acceptance, training, operational readiness, support arrangements.
Thinking delivery is complete before acceptance.
Closure
Have we closed the project properly?
Final checks, contract/admin closure, lessons learned, release resources.
Skipping closure because the team is busy with the next project.
Benefits realisation
Did the change create value?
Measuring benefits and outcomes, often in the business/operations environment.
Assuming benefits are guaranteed because outputs were delivered.
Notes and examples
Lifecycle types
Lifecycle approach
Works well when
Watch for
Linear/predictive
Requirements are relatively stable and work can be planned sequentially.
Late discovery of changing stakeholder needs.
Iterative/incremental
Learning, feedback, and evolving detail are important.
Weak control if increments are not governed.
Hybrid
Some work is predictable while other parts benefit from iteration.
Confusion if governance, roles, and decision points are unclear.
PFQ questions often test the purpose of lifecycle control: it supports decision-making, governance, learning, and progressive commitment. It is not just an administrative diagram.
Planning: from purpose to controlled work
Planning is more than drawing a Gantt chart. It creates a shared view of what will be delivered, how, by whom, when, at what cost, and under what controls.
Planning hierarchy
Planning area
Key question
Typical outputs
Objectives and success criteria
What are we trying to achieve?
Objectives, success measures, business case links.
What will it cost and how will spending be controlled?
Estimates, budget, cost baseline.
Risk
What uncertainty could affect objectives?
Risk register, responses, owners.
Quality
How will fitness for purpose be defined and verified?
Quality plan, standards, review/testing approach.
Communications
Who needs what information and when?
Communication plan, reporting approach.
Change control
How will proposed changes be assessed and approved?
Change process, authority levels, change log.
Notes and examples
Work breakdown and product breakdown
Technique
Focus
Watch for
Product breakdown structure
Breaks down the products/deliverables.
It is product-oriented, not a timeline.
Work breakdown structure
Breaks work into manageable work packages.
It should cover the agreed scope, not extra “nice-to-have” work.
Organisation breakdown structure
Shows organisational structure or reporting relationships.
It is not the same as a schedule.
Cost breakdown structure
Organises costs for estimating and control.
It does not define quality acceptance by itself.
Trap: a WBS is not simply a task list in chronological order. It is a structured decomposition that helps estimate, assign, schedule, and control work.
Cost and resource control
Concept
Review point
Estimate
An informed forecast of cost, duration, or resource need. Accuracy should improve as detail increases.
Budget
Approved financial allocation for the project or part of it.
Baseline
Approved reference point used to measure performance.
Actual cost
What has been spent.
Forecast
Current prediction of future cost or completion position.
Contingency
Allowance for known uncertainty or risk exposure, managed under agreed rules.
Resource levelling
Adjusting schedule/resource use to address over-allocation or constraints.
Common mistake: treating the original budget as automatically correct after major change. Approved changes may require revised baselines.
Documentation and information management
Project documents are useful because they support decisions, alignment, control, and learning.
Document/record
Main purpose
Business case
Justifies the project and supports continue/stop decisions.
Project management plan
Integrates how the project will be managed and controlled.
Scope statement
Defines included and excluded work/deliverables.
Risk register
Records risks, assessment, responses, owners, and status.
Issue log
Tracks current problems and actions.
Change log
Tracks requested, approved, rejected, and implemented changes.
Stakeholder register
Records stakeholder information and engagement needs.
Communication plan
Defines communication audiences, messages, timing, and channels.
Quality plan
Defines quality standards, checks, and responsibilities.
Lessons learned log
Captures learning during and at the end of the project.
Closure report
Summarises final status, acceptance, performance, and lessons.
Decision rule: if a project fact affects decisions or accountability, it should usually be documented and controlled.
Common PFQ confusion pairs
Confusion pair
How to separate them quickly
Risk vs issue
Risk is uncertain and future; issue is current or has occurred.
Output vs outcome
Output is delivered; outcome is the changed state after use.
Outcome vs benefit
Outcome is change; benefit is measurable value from that change.
Quality assurance vs quality control
Assurance checks the process; control checks the product/output.
Sponsor vs project manager
Sponsor owns business justification and senior support; project manager manages delivery.
Stakeholder vs customer/user
Customers/users are stakeholders, but not all stakeholders are customers/users.
Milestone vs activity
Milestone is a point/event; activity is work over time.
Baseline vs forecast
Baseline is the approved reference; forecast is the current prediction.
Tolerance vs contingency
Tolerance is an allowed variance threshold; contingency is provision for uncertainty.
Change control vs configuration management
Change control decides and authorises changes; configuration management protects product/document versions and status.